<resources name="Simbios" xmlns="http://www.ncbcs.org">
    <resource center="Simbios">
        <name>OpenSim</name>
        <description>Extensible software for modeling, simulating, controlling, and analyzing the neuromusculoskeletal system.</description>
        <authors>Scott Delp, Clay Anderson Ayman Habib</authors>
        <keywords>Neuromuscular Simulation Package</keywords>
        <ontologyLabel>Toolkit</ontologyLabel>
        <url>https://simtk.org/home/opensim</url>
        <stage>Development with public userbase</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>0.8</version>
            <releaseDate>4/7/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>OpenSim</name>
        <description>Extensible software for modeling, simulating, controlling, and analyzing the neuromusculoskeletal system.</description>
        <authors>Scott Delp, Clay Anderson Ayman Habib</authors>
        <keywords>Neuromuscular Simulation Package</keywords>
        <ontologyLabel>Mechanical Simulation</ontologyLabel>
        <url>https://simtk.org/home/opensim</url>
        <stage>Development with public userbase</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>0.8</version>
            <releaseDate>4/7/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>SimVascular</name>
        <description>Open source release of tools for cardiovascular simulation</description>
        <authors>Taylor Group</authors>
        <keywords>Cardiovascular Toolkit</keywords>
        <ontologyLabel>Simulation</ontologyLabel>
        <url>https://simtk.org/home/simvascular</url>
        <stage>Development with public userbase</stage>
        <license>Multiple licenses</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
    </resource>
    <resource center="Simbios">
        <name>Simbody</name>
        <description>SimTK core toolset providing general multibody dynamics capability</description>
        <authors>Michael Sherman</authors>
        <keywords>SimTK Core component, multibody Dynamics</keywords>
        <ontologyLabel>MultibodyDynamics</ontologyLabel>
        <url>https://simtk.org/home/simbody</url>
        <stage>Development</stage>
        <license>MIT license</license>
        <resourceType>Class Library / Toolkit</resourceType>
        <organization>Simbios Center</organization>
    </resource>
    <resource center="Simbios">
        <name>ToRNADO</name>
        <description>Application for animating and visualising RNA</description>
        <authors>Christopher Bruns</authors>
        <keywords>RNA vizualisation</keywords>
        <ontologyLabel>Molecular Structure Viewers</ontologyLabel>
        <url>https://simtk.org/home/rna-viz-proto</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>1</version>
            <releaseDate>1/30/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>ISIM</name>
        <description>Graphical user interface for ISIM, is package that simulates the thermodynamic ensemble of ions around a macromolecule.</description>
        <authors>Christopher Bruns, Mark Engelhardt, Mark Friedrichs</authors>
        <keywords>Ionic environment of proteins</keywords>
        <ontologyLabel>Simulation</ontologyLabel>
        <url>https://simtk.org/home/isim_interface</url>
        <stage>Mature</stage>
        <license>Multiple licenses</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>1.3</version>
            <releaseDate>5/8/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>Lapack</name>
        <description>High quality, high performance numerical methods for matrix arithmetic and for solving linear algebra problems</description>
        <authors>Jack Middleton</authors>
        <keywords>LAPACK linear algebra library (with BLAS)</keywords>
        <ontologyLabel>Toolkit</ontologyLabel>
        <url>https://simtk.org/home/lapack</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Class Library / Toolkit</resourceType>
        <organization>Simbios Center</organization>
    </resource>
    <resource center="Simbios">
        <name>Lapack</name>
        <description>High quality, high performance numerical methods for matrix arithmetic and for solving linear algebra problems</description>
        <authors>Jack Middleton</authors>
        <keywords>LAPACK linear algebra library (with BLAS)</keywords>
        <ontologyLabel>LinearAlgebraTools</ontologyLabel>
        <url>https://simtk.org/home/lapack</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Class Library / Toolkit</resourceType>
        <organization>Simbios Center</organization>
    </resource>
    <resource center="Simbios">
        <name>BioSimulation Course</name>
        <description>Biosimulation Course using the  SimTK toolkit</description>
        <authors>Paul Mitiguy, Russ Altman, Scott, Delp, Magda Jonikas, Chand John</authors>
        <keywords>Biosimulation Course</keywords>
        <ontologyLabel>Course Material</ontologyLabel>
        <url>https://simtk.org/home/training</url>
        <stage>Development with public userbase</stage>
        <license>MIT license</license>
        <resourceType>Documents</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <releaseDate>4/15/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>Allopathfinder</name>
        <description>An easy to use application to find allosteric communication pathway in proteins</description>
        <authors>Susan Tang, Jung-Chi Liao, Alex Dunn, Russ Altman, James Spudich, Jeanette Schmidt</authors>
        <keywords>Myosin Allosteric Communication</keywords>
        <ontologyLabel>Structure-based protein classification</ontologyLabel>
        <url>https://simtk.org/home/allopathfinder</url>
        <stage>Development with public userbase</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>1.1</version>
            <releaseDate>4/15/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>Cardiovascular Model Repository</name>
        <description>Geometric models collected from research projects in the Cardiovascular Biomechanics Research Laboratory at Stanford</description>
        <authors>Peter Feenstra</authors>
        <keywords>Cardiovascular, Models</keywords>
        <ontologyLabel>Clinical data</ontologyLabel>
        <url>https://simtk.org/home/cv-gmodels</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Models</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>1</version>
            <releaseDate>4/4/06</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>CPODES numerical integrator</name>
        <description>Numerical integrator for solving multibody dynamics problems</description>
        <authors>Michael Sherman, Radu Serban</authors>
        <keywords>Numerical integrator</keywords>
        <ontologyLabel>Numerical Methods</ontologyLabel>
        <url>https://simtk.org/home/cpodes</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Class Library / Toolkit</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>1</version>
            <releaseDate>4/7/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>SAFA</name>
        <description>Quantitative analysis of gels from hydroxyl radical footprinting and other structure mapping techniques</description>
        <authors>Das, R., Laederach, A. Pearlman, S. M., Herschlag, D, &amp; Altman, R.B</authors>
        <keywords>Analysis of gels</keywords>
        <ontologyLabel>BasicResearch</ontologyLabel>
        <url>https://simtk.org/home/safa</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <version>11</version>
            <releaseDate>4/7/07</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>Discrete Center Hierarchies</name>
        <description>Data structure for the maintenance  of proximity information of a set of moving points.</description>
        <authors>J. Gao, L.J. Guibas, and A. Nguyen</authors>
        <keywords>Data structure for the maintenance  of proximity information</keywords>
        <ontologyLabel>Algorithm</ontologyLabel>
        <url>https://simtk.org/home/dch</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
        <rlsVersion>
            <releaseDate>6/15/06</releaseDate>
        </rlsVersion>
    </resource>
    <resource center="Simbios">
        <name>Feature</name>
        <description>Tools that produce representations of  key biophysical and biochemical features that are critical for understanding function</description>
        <authors>Altman</authors>
        <keywords>Toolsproducing representations of  key biophysical and biochemical features from structure data that are critical for understanding function</keywords>
        <ontologyLabel>Structure-based protein classification</ontologyLabel>
        <url>https://simtk.org/home/feature</url>
        <stage>Mature</stage>
        <license>MIT license</license>
        <resourceType>Application</resourceType>
        <organization>Simbios Center</organization>
    </resource>
</resources>

